Astral Engineers P.C.

Delivering engineered solutions for complex climate and central utility needs, focusing on high-efficiency thermal comfort, ventilation, and energy utilization.

• Air Handling Unit Design

  Customized, packaged, and modular air handling systems engineered for specific climate and indoor air quality requirements.

• Central Utility Plants

  Design of central chilled water and heating water systems for large facility footprints and campus infrastructure.

• Variable Refrigerant Flow Systems

  Variable refrigerant flow designs offering decentralized zoning and flexible thermal control.

• Steam Systems Engineering

  Industrial and institutional steam generation and distribution systems designed for process and heating needs.

• Energy Management Control Systems

  Integration of energy management systems and controls to automate facility HVAC operations.

• Building Energy Modeling

  Computer-aided energy simulation to analyze building performance and identify conservation opportunities.

Designing robust power distribution networks and custom lighting environments optimized for performance and reliability across facilities.

• Power Distribution Design

  Comprehensive design of high-, medium-, and low-voltage electrical distribution systems.

• Emergency Power Generation

  Standby generator and emergency power supply integration for continuous business and life safety operations.

• Architectural Lighting Design

  Aesthetic and energy-efficient lighting layouts tailored to specific spatial and occupancy needs.

• Photometric Analysis

  Detailed calculation and mapping of light levels to ensure safety, performance, and code compliance.

• Intelligent Lighting Controls

  Automated control solutions designed to reduce energy waste and integrate with building management systems.

• Electrical Systems Energy Modeling

  Simulation and modeling of power utilization to meet green building standards and maximize system efficiency.

Providing tailored fluid and gas distribution designs, from high-purity laboratory gases to complex storm and sanitary drainage infrastructure.

• Domestic Water Distribution

  Potable water piping, heating, and booster pump systems designed to deliver safe, pressurized water throughout buildings.

• Sanitary and Vent Systems

  Reliable gravity and pumped wastewater removal systems with engineered venting to control pressure and odors.

• Storm Drainage Engineering

  Rainwater management designs including roof drains, overflow piping, and site drainage coordination.

• Fuel Gas Systems

  Piping networks for natural gas and propane distribution to support heating, generation, and commercial appliances.

• Medical Gas Systems

  Certified distribution networks for oxygen, nitrous oxide, medical air, and clinical vacuum systems.

• Laboratory Gas Systems

  High-purity specialized gas distribution tailored for research, chemical, and testing environments.

• Purified Water Systems

  Design of deionized and reverse osmosis water generation and circulation systems for clinical or processing needs.

Integrating low-voltage communication, safety, and operational technology to enable smart, secure, and connected spaces.

• Audiovisual System Integration

  Custom commercial and institutional media setups including video distribution, presentation systems, and acoustic interfaces.

• Structured Telecommunications Cabling

  Designing future-proof copper and fiber data backbones to support enterprise information networks.

• Voice over IP Solutions

  Deployment plans for internet protocol-based voice and communication systems integrated with client networks.

• Electronic Security Systems

  Unified access control, video surveillance, and intrusion detection systems custom-fit to facility vulnerabilities.

• Healthcare Communication Networks

  Specialized communication backbones supporting nurse call, patient monitoring, and clinical alerts.

Developing sophisticated life safety and suppression strategies to safeguard building occupants, assets, and operations.

• Wet Pipe Sprinkler Systems

  Standard water-based fire suppression piping for climate-controlled buildings.

• Dry Pipe Sprinkler Systems

  Suppression systems designed to protect unheated structures subject to freezing temperatures.

• Pre-Action Suppression Systems

  Interlocked dry systems engineered to prevent accidental water discharge in sensitive spaces.

• Hydraulic Calculation Analysis

  Detailed computer simulations of water flow and pressure to guarantee adequate sprinkler coverage.

• Seismic Bracing Design

  Structural reinforcement of piping networks to withstand earthquake forces and maintain operational readiness.

• Smoke Control and Rational Analysis

  Engineering active and passive smoke management systems to preserve exit paths during fire events.

• Fire Detection and Mass Notification

  Design of automated alarm networks, manual pulls, and emergency voice notification systems.

• Voltage Drop Engineering

  Electrical calculations for alarm and life safety circuits to ensure reliable power over long cable runs.

Supporting clients from initial evaluation through construction execution, ensuring technical alignment and rigorous quality control.

• Facility Condition Assessments

  Physical inspections of physical plants to evaluate system life span and generate deferred maintenance budgets.

• Technical Feasibility Studies

  Pre-project analyses of physical, electrical, or structural constraints to determine viable paths forward.

• Schematic Engineering Design

  Early conceptual phase design establishing raw mechanical, electrical, and plumbing routing parameters.

• Detailed Design Development

  Refining schematic layout choices into fully integrated, dimensioned layout drawings.

• Construction Documents Production

  Generating fully detailed engineering drawings and written specifications required for local permitting and contracting.

• Construction Administration Services

  Technical support during active construction, including site observations, submittal processing, and response to field issues.

• Infrastructure Master Planning

  Phased long-term engineering strategies to support future growth or utility upgrades for physical plant facilities.

• Independent Peer Reviews

  Rigorous third-party reviews of engineering drawings to confirm safety, code compliance, and cost efficiency.